29 October 2026
https://www.verticalfarmdaily.com/article/9885835/md-farms-unveils-next-generation-production-system-for-indoor-farming/
MD-Farm Co., Ltd., headquartered in Shibata City, Niigata Prefecture, Japan, and led by President and CEO Yuki Matsuda, filed a patent application in Japan in October 2026 for a new mobile cultivation shelf system in which transport robots move the cultivation shelves themselves. Alongside the filing, the company released a video on October 21, 2026, introducing its concept of “Physical AI for Indoor Farming,” which integrates AI and control technologies with physical equipment and robotics.
The video shows auto guided vehicles (AGVs) carrying strawberry cultivation shelves through an indoor farming facility. By combining robotics, cloud technologies, and AI with a cultivation environment in which LED lighting, temperature, humidity, and CO₂ levels are controlled, MD-Farm aims to build a reproducible production system that depends less on weather conditions and on the experience of individual growers.
The company’s ultimate goal, however, is not simply to promote indoor farming facilities. It seeks to redesign the entire process from production to distribution and sales so that it meets the quality, quantity, and timing requirements of consumers and businesses. MD-Farm calls this new industrial category “AgrI-DX,” pronounced “Ai-Dax.” The company has also been selected for the Ministry of Agriculture, Forestry and Fisheries’ Small and Medium Enterprise Innovation Promotion Program (SBIR Phase 3 Fund). With that support, it is advancing technology development and demonstration activities at its integrated demonstration facility in Nanyo City, Yamagata Prefecture.
Transport robots move the cultivation shelves themselves
One of the key highlights of the newly released video is a system in which transport robots move the cultivation shelves themselves. In conventional indoor farming facilities, shelves are generally fixed in place, while workers or machinery move between them. MD-Farm has reversed this approach.
By moving entire shelves of growing plants to designated locations according to operational processes and plant growth conditions, the system is designed to make more efficient use of limited space while facilitating automation and reducing labor requirements across production processes. MD-Farm’s standard production model also incorporates its own equipment design principles to achieve high productivity. The company has filed a patent application for the mobile cultivation shelf system and has now released footage showing both the technological concept and the system in actual operation.
What Is “Physical AI for Indoor Farming”?
MD-Farm’s concept of “Physical AI for Indoor Farming” goes beyond the use of AI and data in purely digital environments. It involves integrating these technologies with physical indoor farming equipment, transport robots, cultivation shelves, and potentially automated harvesting robots in the future, enabling control of the production environment itself.
In conventional agriculture, production is influenced by constantly changing natural conditions, including sunlight, soil, temperature, humidity, and wind. MD-Farm’s indoor farming system instead creates an environment optimized for plant growth by combining LED lighting, temperature control, humidity control, CO₂ management, cultivation media, cultivation management, and mechanization. By maintaining a consistent cultivation environment and converting cultivation expertise into explicit, structured knowledge, the company says it has established a foundation for reproducible production.
Proprietary Strawberry Cultivation Technology Patented in Japan and the United States
MD-Farm has obtained patents in Japan and the United States for its proprietary cultivation technology, which is based on the physiological characteristics of strawberry plants. The Japanese patent is No. 7551158, titled “Method for Cultivating Strawberry” (イチゴの栽培方法), and the U.S. patent is No. US 12,108,710 B2, with the same English title.
Conventional strawberry cultivation faces challenges such as gaps between harvest cycles and changes in fruit size over successive harvests. MD-Farm’s patented technology is one of the core elements supporting its goal of achieving consistent quality and yield by controlling the plant growth environment.
Toward a production environment less dependent on weather and experience
MD-Farm’s indoor farming facilities are enclosed with high-performance insulation materials, creating an environment that minimizes the influence of external conditions. The design concept is comparable to growing plants inside a giant thermos flask. Within this insulated space, temperature, humidity, CO₂ levels, and lighting are controlled to establish cultivation conditions that are largely independent of seasonal and weather fluctuations.
Cultivation knowledge that has traditionally depended on the experience and intuition of skilled growers is converted into data and built into equipment and control technologies. Through this approach, MD-Farm aims to develop a system capable of reproducing consistent quality regardless of who operates it or where it is installed. By integrating environmental control, cultivation management, and equipment design, the company seeks to enhance year-round production stability and the scalability of its facilities.
Indoor farming is a tool for solving problems, not an end in itself
MD-Farm’s business objective extends beyond producing and selling strawberries in indoor farming facilities. The company envisions production systems designed around the needs of customers such as confectionery manufacturers, food processors, distributors, and retailers that require strawberries of consistent quality throughout the year.
For example, an indoor farming facility located next to a food manufacturing plant could enable a stable year-round strawberry supply while helping stabilize procurement costs, improve processing efficiency, and reduce transportation distances. Other potential models include production facilities near distribution centers and the use of idle or underutilized land. MD-Farm views indoor farming not merely as a place to grow agricultural products, but as part of the infrastructure needed to produce the required quality and quantity of food where it is needed.
From “produce first, then sell” to “produce what Is needed”
Conventional agricultural distribution generally follows a supply-driven model in which products are grown, shipped to wholesale markets, and then distributed to retailers and food processors. MD-Farm proposes a different approach: designing production systems around specific demand, based on the principle that “this quality and quantity are needed at this location and at this time.” Rather than producing first and then seeking buyers, the company starts with market requirements and works backward to determine how production should be organized.
In its investor presentation materials, MD-Farm outlines a vision of becoming a global, integrated food solutions provider by connecting production, distribution, sales, and consumer demand through big data. This vision extends to logistics, crop breeding, processing, and product development. In addition to conventional fresh produce sales, the company envisions creating new markets by developing demand among food processors, cafés, and other businesses. The underlying idea is that changing where a product is sold can also change the value it creates.
Toward “AgrI-DX”: A new industry beyond agriculture and manufacturing
MD-Farm does not define itself simply as an agricultural producer. The company envisions a new industrial model that combines AI, robotics, environmental control, cultivation data, logistics, and sales, integrating production and the marketplace around the needs of consumers and businesses. It calls this new category AgrI-DX (Ai-Dax).
The video also introduces the company’s future vision, which includes stable supply through multiple production sites in Japan and overseas, logistics networks connecting production facilities with retailers, hotels, and other customers, the use of idle land and underused spaces such as areas around airports, and cloud-based cultivation management. The company describes an evolution from agriculture to Agri + AI to Agri-DX. Rather than simply digitizing agriculture, MD-Farm seeks to move beyond the traditional boundaries separating agriculture from other industries and create a new system for food production and supply. It positions Physical AI as one of the key technologies supporting this vision.
MD-Farm’s vision for the future
MD-Farm aims to become more than a company that grows strawberries. Its goal is to develop systems that deliver the food consumers want, at the right location, at the right time, and with the right quality. By integrating indoor farming facilities, AI, robotics, cultivation technologies, logistics, and data, the company seeks to redesign conventional production and distribution structures and establish AgrI-DX as a new industrial category.